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tencentcloud-dns

tencentcloud-dns

github.com/acedatacloudCloud & DevOps17209 installsUpdated today
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About tencentcloud-dns

tencentcloud-dns is a skill for managing DNSPod records through the Tencent Cloud DNS v3 API, using a CLI script or Python SDK. It supports common record operations and includes safeguards such as a dry run before deletion.

Key features

  1. 01List domains and DNS records
  2. 02Filter records by type
  3. 03Create and modify records
  4. 04Delete records with confirmation
  5. 05Handle common DNS record types

Use cases

  1. 01Add a subdomain or verification record
  2. 02Change an IP address or CNAME target
  3. 03Review or remove obsolete DNS records

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/acedatacloud/skills --skill tencentcloud-dns

After installing, type/tencentcloud-dnsin Claude Code to confirm it loaded.

Bundled filesscripts/dns.py

Details

From the project README

DNSPod (Tencent Cloud DNS)

Manage DNS records via the DNSPod API.

Setup: See tencentcloud authentication. DNSPod uses the same Tencent Cloud SecretId / SecretKey as the rest of the platform — there's no separate DP_Id / DP_Key for the v3 API. The SDK client below auto-reads TENCENTCLOUD_SECRET_ID / TENCENTCLOUD_SECRET_KEY from env.

The legacy v2 DNSPod API used a different key format; this skill targets the v3 SDK exclusively.

CLI (preferred)

The skill ships scripts/dns.py — wraps every common DNSPod v3 operation.

# $SKILL_DIR can point at another skill loaded this turn — anchor on our own
# script (re-run this at the top of every fresh-shell Bash block).
DNS="$SKILL_DIR/scripts/dns.py"; [ -f "$DNS" ] || DNS=$(find /tmp -maxdepth 8 -path '*/skills/*/scripts/dns.py' 2>/dev/null | head -1)
[ -f "$DNS" ] || { echo "tencentcloud-dns script not found (SKILL_DIR=$SKILL_DIR)" >&2; exit 1; }

python3 $DNS domains                                       # list domains
python3 $DNS list example.com                              # records on one domain
python3 $DNS list example.com --type CNAME                 # filter by type
python3 $DNS search example.com --keyword api              # client-side keyword search
python3 $DNS create example.com --sub www --type A --value 1.2.3.4
python3 $DNS create example.com --sub @ --type MX --value 'mail.example.com.' --mx 10
python3 $DNS create example.com --sub _acme-challenge --type TXT --value '"<token>"'
python3 $DNS update example.com <record-id> --sub www --type A --value 5.6.7.8
python3 $DNS delete example.com <record-id> --yes          # destructive, requires --yes

The delete subcommand requires --yes — without it, it prints a dry-run line so you can confirm the right record-id first.

When to Use

  • Add a new subdomain (A / AAAA / CNAME)
  • Update an existing record (change IP, change CNAME target)
  • Add email-related records (MX, SPF / DKIM / DMARC TXT)
  • Add domain-verification TXT records (Google / Search Console / SSL ACME challenges)
  • List or search records on a domain
  • Delete obsolete records

Dependencies

pip install tencentcloud-sdk-python

Quick start

import os
from tencentcloud.common import credential
from tencentcloud.dnspod.v20210323 import dnspod_client, models

cred = credential.EnvironmentVariableCredential().get_credential()
# DNSPod is global — region is ignored, but the SDK still requires one.
client = dnspod_client.DnspodClient(cred, "")

Workflows

List domains in the account
req = models.DescribeDomainListRequest()
req.Limit = 100
resp = client.DescribeDomainList(req)
for d in resp.DomainList:
    print(d.DomainId, d.Name, d.Status, d.RecordCount)
List records for a domain
req = models.DescribeRecordListRequest()
req.Domain = "example.com"
req.Limit = 100                  # max 3000
# Optional: req.RecordType = "A"
# Optional: req.Subdomain = "api"
resp = client.DescribeRecordList(req)
for r in resp.RecordList:
    print(r.RecordId, r.Name, r.Type, r.Value, "TTL=", r.TTL, "Line=", r.Line)
Search by keyword (filter client-side)
req = models.DescribeRecordListRequest()
req.Domain = "example.com"
req.Limit = 3000
resp = client.DescribeRecordList(req)
matches = [r for r in resp.RecordList if "api" in r.Name or "api" in r.Value]
for r in matches:
    print(r.RecordId, r.Name, r.Type, r.Value)
Create records
def create_record(domain, sub_domain, record_type, value, ttl=600, mx=None):
    req = models.CreateRecordRequest()
    req.Domain = domain
    req.SubDomain = sub_domain   # use "@" for the apex
    req.RecordType = record_type
    req.RecordLine = "默认"      # "Default" line — works in all environments
    req.Value = value
    req.TTL = ttl
    if mx is not None:
        req.MX = mx
    resp = client.CreateRecord(req)
    return resp.RecordId

# A record
rid = create_record("example.com", "www", "A", "1.2.3.4")
# CNAME (note: Value MUST end with a dot for absolute target)
rid = create_record("example.com", "api2", "CNAME", "api.example.com.")
# MX (priority via mx=)
rid = create_record("example.com", "@", "MX", "mail.example.com.", mx=10)
# TXT (SPF)
rid = create_record("example.com", "@", "TXT", '"v=spf1 include:_spf.google.com ~all"')
# ACME challenge for cert issuance
rid = create_record("example.com", "_acme-challenge", "TXT", '"<validation-token>"')
Update an existing record
req = models.ModifyRecordRequest()
req.Domain = "example.com"
req.RecordId = 123456789
req.SubDomain = "www"
req.RecordType = "A"
req.RecordLine = "默认"
req.Value = "5.6.7.8"
req.TTL = 600
client.ModifyRecord(req)
Delete a record
# Confirm with the user before running.
req = models.DeleteRecordRequest()
req.Domain = "example.com"
req.RecordId = 123456789
client.DeleteRecord(req)

Record types

TypeUse ForExample Value
AIPv4 address1.2.3.4
AAAAIPv6 address2001:db8::1
CNAMEAlias to another hostnametarget.example.com.
MXMail servermail.example.com. (set MX= priority)
TXTSPF / DKIM / DMARC / domain verification / ACME"v=spf1 ..." (quoted)
NSDelegate subzonens1.example.com.
SRVService discovery0 5 443 api.example.com.
CAACert Authority Authorization0 issue "letsencrypt.org"

CNAME apex restriction

DNSPod (like every other DNS service) does not support CNAME on the apex @ (the bare domain) when other record types exist. Use A for the apex; CNAME for subdomains. If the upstream is itself a hostname (e.g. an EdgeOne / CDN endpoint), use the Alias record type via the EdgeOne console — DNSPod itself doesn't have an ALIAS type.

RecordLine ("线路")

DNSPod can serve different values to different ISPs / regions via RecordLine. For 99% of cases pick "默认" (Default) — it serves to every resolver. Other common lines: "电信", "联通", "移动", "境外", "国内". Use the console to set up split-horizon DNS; the API just lets you write the records.

Verifying changes

dig @119.29.29.29 www.example.com +short    # 119.29.29.29 = DNSPod's recursor
dig www.example.com +trace                  # follow the delegation chain

DNSPod propagation is usually under a minute on its own resolver and bounded by the TTL elsewhere. Use TTL=60 while iterating; raise to 600 once stable.

Important reminders

  • CNAME values need a trailing dot to be absolute (api.example.com.). Without it, DNSPod won't reject — but resolvers will hate you.
  • Confirm deletes with the user — there's no undo. The RecordId is required, so search first to be sure.
  • Don't rotate NS records lightly — losing nameserver delegation takes the entire domain offline until you fix it.
  • TXT values for SPF/DMARC need to stay under 255 chars per chunk. For longer policies, split into multiple quoted strings within one TXT value.
  • DNSPod has separate quota for free / paid plans on RecordCount and RecordsPerMinute. Check the console if LimitExceeded errors appear.

Console links

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